cards are randomly chosen 7 out of 12
4 in 7 chance
There are 12 months to choose from There are 7 months with 31 days in them. The probability of choosing a 31-day month is 7/12.
It is: 12 out of 50 or 6 out of 25
By Long Multiplication 19 x12 190 38 228 ====_
9 out of 30, which simplifies to 3 out of 10.
11.05%
if your heart beats 96 times a min then in 12 years it will have beatin 605491200 times
The Capitol writes your name on a peice of paper for every birthday from age 12 to 18, and then on the reaping, the part of day you are picked, it is randomly chosen from a bowl. If you are a poorer family you can enter your name multiple times and get grain, thus getting you more prone to getting picked. hope this helped ;)
There have been 12 popes named Pius.
999,999,999,999,999,998 times.
i think about 12 times
there are 4 monthes that has 30 days each year there are 12 monthes each year. so the probabillity for picking a month that has 30 days in it is 4/12
The word "perseverance" has 12 letters in total. The letter E appears 3 times in the word. To find the probability of randomly choosing an E, you divide the number of E's by the total number of letters: ( P(E) = \frac{3}{12} = \frac{1}{4} ). Therefore, the probability of selecting an E is ( \frac{1}{4} ) or 25%.
To determine how many different teams of 9 can be chosen from 12 students, we use the combination formula (C(n, k) = \frac{n!}{k!(n-k)!}), where (n) is the total number of students and (k) is the number of students to choose. Here, (n = 12) and (k = 9). Thus, the calculation is (C(12, 9) = C(12, 3) = \frac{12!}{3! \cdot 9!} = \frac{12 \times 11 \times 10}{3 \times 2 \times 1} = 220). Therefore, there are 220 different teams of 9 that can be chosen from 12 students.
There are 12 composite (and 8 primes) in the first twenty whole numbers. So the probability of randomly choosing a non-prime is 12/20 or 60%.
4 in 7 chance
King Arthur fighted fro freedom.He was chosen 12 times to lead the celts.